10results about How to "Improve oxygen production efficiency" patented technology

The invention discloses a molecular film type automotive nitrogen and oxygen separation device which comprises a turbocharger, a nitrogen and oxygen separator, a gas inlet valve, a gas outlet valve, a negative pressure pump and an electric control throttling valve. The turbocharger is driven by a turbine in an automobile turbocharger, so that the air is compressed to be conveyed to two paths of the nitrogen and oxygen separation device, the nitrogen and oxygen separation device can separate oxygen from the air, the air with high oxygen content is output, and the air is supplied to an engine for use through the gas outlet valve. The two paths of the nitrogen and oxygen separation device work alternately, when the temperature of the two paths of the nitrogen and oxygen separation device is too high to influence oxygen production efficiency, a main air inlet pipeline is opened to provide air normally by controlling the opening degree of the electric control throttling valve, and thus the phenomena of gas circuit plugging and engine stalling are avoided. According to the automotive nitrogen and oxygen separation device, the two branch paths work alternately, high concentration oxygen can be supplied to the engine continuously so that fuel can burn and act, and the burning utilization rate of the fuel is improved.

The integrated adsorption tower of the oxygen generator comprises an adsorption tower main body, a gas inlet integrated cover part and a gas outlet integrated cover part which are arranged at the two ends of the adsorption tower main body, and a reversing valve arranged on the gas inlet integrated cover part, two molecular sieve cylinders and two air storage tanks are arranged in the adsorption tower main body, the nitrogen removal and noise reduction cylinder is positioned in the middles of the two molecular sieve cylinders and the two air storage tanks, the molecular sieve cylinders are communicated with the air storage tanks, the molecular sieve cylinders can be communicated with the nitrogen removal and noise reduction cylinder under the control of a reversing valve, the reversing valve controls air to alternately enter and remove nitrogen, the molecular sieve cylinders are filled with adsorbents, and the adsorbents are communicated with the nitrogen removal and noise reduction cylinder. The two molecular sieve barrels are integrated on one adsorption tower, so that the assembly difficulty is reduced, the production efficiency is improved, the space utilization rate is improved, and the nitrogen discharge noise is reduced by arranging the silencing barrel.

The invention relates to the technical field of sewage treatment, in particular to a method and device for purifying printing and dyeing wastewater based on TAPB-DMTA COF Fenton-like synergistic bacteria and algae. According to the specific technical scheme, the printing and dyeing wastewater purification method comprises the following steps that 1, printing and dyeing wastewater is introduced into a photocatalytic Fenton-like reactor, porosity-modified photocatalysts TAPB-DMTA COF and H2O2 are added into the photocatalytic Fenton-like reactor, a baffle plate is arranged in the photocatalytic Fenton-like reactor, the angle of the baffle plate is 30-45 degrees, and the angle of the baffle plate is 30-45 degrees; a first illumination module is arranged outside the photocatalytic Fenton-like reactor; and (2) introducing the wastewater treated in the step (1) into an algal-bacterial symbiotic SNAD reactor, and adding a photocatalyst and a multi-walled carbon nanotube into the algal-bacterial symbiotic SNAD reactor. The photocatalytic Fenton-like reactor disclosed by the invention takes porosity modified TAPB-DMTA COF as a photocatalyst aiming at dyestuff which is difficult to degrade, so that complete degradation of the dyestuff is realized. For ammonia nitrogen pollutants, the bacterial-algae symbiotic SNAD reactor cancels traditional mechanical aeration, the microbial extracellular electron acquisition capability is optimized through a biological enhancer, and efficient and green removal of total nitrogen can be realized without adding an organic carbon source.

The invention relates to the technical field of oxygen production, and discloses an oxygen production device based on a silver oxygen dissolving mechanism, which comprises a silver smelting oxygen dissolving and releasing system, an ultrasonic vacuum deoxidation device, a vacuum air suction system, a cooling system, an electromagnetic stirring system and an oxygen storage tank, the silver smelting oxygen dissolving and releasing system comprises a silver smelting induction furnace, the interior of the silver smelting induction furnace is divided into an oxygen dissolving chamber and a deoxidizing chamber, and the oxygen dissolving chamber and the deoxidizing chamber are communicated through an open hole. According to the oxygen production device, oxygen is produced through a liquid silver oxygen dissolving and releasing method, namely oxygen is separated and extracted from air according to the characteristic that liquid Ag selectively dissolves and releases oxygen in the air, the purity of the produced oxygen is high, and Ag is almost not consumed in the oxygen production process. The circulating oxygen dissolving and deoxidizing process is achieved through the electromagnetic stirring device and the vacuum-ultrasonic deoxidizing device, the oxygen production efficiency is high, the oxygen production temperature of the silver induction melting furnace is stabilized near the silver melting point (970 DEG C) in the oxygen production process, and therefore the purpose of green and efficient oxygen production is achieved.

The invention belongs to the technical field of biological medicine, and relates to a BODIPY-based photosensitizer compounded platinum complex, a preparation method and application thereof, the BODIPY-based photosensitizer compounded platinum complex comprises a cis-platinum complex c-BBP or a counter-platinum complex t-BBP, the molecular formula of the cis-platinum complex c-BBP and the counter-platinum complex t-BBP is C36H42B2F4N8Pt, the molecular formula of the counter-platinum complex c-BBP is C36H42B2F4N8Pt, and the molecular formula of the counter-platinum complex t-BBP is C36H42B2F4N8Pt. The platinum complex is combined with a BODIPY photosensitizer and combined with PDT, the defects of platinum drugs are effectively overcome, the complex has an inhibiting effect on tumor cells, and a new direction is provided for development of new anti-cancer drugs.

This utility model relates to the technical field of oxygen generation equipment, and discloses a molecular sieve oxygen generation device, including a protective shell. A frame is fixedly arranged around the inner surface of the protective shell. A filter structure is fixedly arranged at the lower front edge of the inner wall of the frame. The filter structure includes a blower. An advanced air filter is fixedly arranged at one edge of the upper end face of the blower. A connecting valve is fixedly arranged at the output end of the advanced air filter. A molecular sieve structure is fixedly connected to the output end of the connecting valve. The molecular sieve structure includes a molecular sieve tower. In this utility model, through the arrangement of a layered molecular sieve filling structure and a gas distribution plate, the layered molecular sieve filling structure consists of molecular sieve layers arranged sequentially from top to bottom. A gas distribution plate is arranged between adjacent molecular sieve layers. The ventilation holes in the gas distribution plate allow the gas to be evenly distributed in the molecular sieve layers, thereby improving the oxygen generation efficiency.

The utility model belongs to the technical field of oxygen generation and supply, and discloses a portable oxygen generation breathing device based on a membrane separation technology. The oxygen supply device is connected with a breathing mask through an air delivery pipe and comprises a shell, a power device is installed in the shell, the power device is coaxially connected with an oxygen generation device, the oxygen generation device comprises an air cylinder, the bottom of the air cylinder is connected with an air storage tank through an air outlet end, and an oxygen enrichment separation membrane is installed in the air outlet end. A first valve type one-way valve is mounted at a port of the air outlet end and is positioned at the bottom of the oxygen-enriched separation membrane; according to the oxygen-rich oxygen generator, oxygen-rich gas can be efficiently separated, the oxygen generation efficiency is improved, the purity of oxygen is ensured, and rich oxygen is ensured to be provided, so that the adaptation and activity capability of an organism in a low-pressure and low-oxygen environment in an oxygen-lean region is enhanced.

According to the efficient electrolytic water catalyst with the nickel-based chalcogenide heterostructure and the application, ammonium fluoride, urea and nickel salt in different mass ratios are subjected to hydrothermal treatment, a nickel hydroxide material with a hexagonal nanosheet structure is grown on carbon cloth, the contact area with sulfur powder or selenium powder in the annealing process can be increased, and the catalytic activity of the catalyst is improved; therefore, the complete morphology is maintained after annealing. The prepared efficient seawater electrolysis oxygen evolution catalyst has the following advantages: (1) due to the uneven morphology, the catalytic activity area is increased, and hydrogen can escape from the surface; (2) the electronic structure of the nickel-based catalyst interface can be accurately regulated and controlled to improve the catalytic activity, so that the seawater electrolysis catalyst with high activity, high selectivity and lasting stability is obtained; and (3) the method is simple and easy to obtain, simple and convenient to prepare and operate, high in controllability and universal.

The utility model discloses oxygen production equipment which comprises an air compressor, an air storage tank and an oxygen production device which are communicated in sequence, the device further comprises an oxygen storage tank, an exhaust pipeline, a vacuum pump, a seventh valve and an eighth valve. The oxygen production device comprises a valve group, a first adsorption tower and a second adsorption tower; valves in the valve group comprise a first valve, a second valve, a third valve, a fourth valve, a fifth valve and a sixth valve; a fifth branch air channel and a sixth branch air channel are arranged at one end of the exhaust pipeline, an eighth valve is arranged on the fifth branch air channel, the vacuum pump is arranged on the sixth branch air channel, and a seventh valve is arranged between the vacuum pump and the exhaust pipeline. According to the utility model, the molecular sieve can be desorbed more thoroughly, so that the oxygen production efficiency is improved; when the oxygen production equipment is shut down, the molecular sieve in the adsorption tower can be stored in a negative pressure state, so that the service life of the molecular sieve is prevented from being influenced by moisture, and the service life of the oxygen production equipment is further prolonged.

The invention discloses an air-oxygen mixing machine with an oxygen source. The air-oxygen mixing machine comprises a compressor module, a four-tower molecular sieve oxygen generation module, an integrated gas circuit board module, a central oxygen storage tank, an oxygen concentration adjusting module, an intelligent control module and a heat dissipation module, the compressor module is provided with a gas inlet, a gas outlet and a nitrogen extraction opening, the gas outlet is communicated with the integrated gas circuit board module, and the nitrogen extraction opening is used for discharging nitrogen; the four-tower molecular sieve oxygen generation module comprises four parallel molecular sieve generation towers, the four molecular sieve generation towers are respectively communicated with the compressor module and the central oxygen storage tank through the integrated gas circuit board module, and the four towers alternately perform adsorption and desorption operations.